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-->
| Courses Brief Description | ||||||
| Level 4 | Level 5 | Level 6 | Level 7 | Level 8 | Level 9 | Elective |
Level 7
|
Code & No : BMTS471 |
|
Course : Biomedical Electronic Equipment 1 |
|
Credits : 2 lecture+1 lab |
|
Pre-requisite : BMTS362, BMTS364 |
|
This course deals with sensors in electrical instruments who receive, amplify, and process biomedical signals. It covers also the origin of bio-potentials and their parameters, introduction to ECG, EEG and EMG, bioelectric signals. Develop an ability to analyze biomedical instrument, the amplifiers and instrumentation amplifier, bio-potential electrodes. |
|
Code & No : BMTS472 |
|
Course : Medical Imaging Systems 1 |
|
Credits : 2 lecture+1 lab |
|
Pre-requisite : None |
|
During this course the student will understand the principle of imaging modalities and technologies of different imaging instruments. This course focuses on two imaging modalities: X-ray and ultrasound instrument. |
|
Code & No : BMTS473 |
|
Course : Hospital Safety |
|
Credits : 2 lecture |
|
Pre-requisite : None |
|
Throughout this course, students understand hospital safety, types of hazards in hospital and their control, safety principles and standards, safety program and assurance. |
|
Code & No : BMTS474 |
|
Course : Medical Equipment Management and Maintenance |
|
Credits : 1 lecture+1 lab |
|
Pre-requisite : BMTS365 |
|
This course contains an introduction to printed circuits boards, different design of electronic circuits, troubleshooting. instrument control program, preventive maintenance, failure reporting and recall, instrument selection and evaluation criteria, risk management techniques and resources, part inventory and control, equipment planning for medical facilities, application of computers in maintenance management |
|
Code & No : BMTS475 |
|
Course : Biomedical Equipment Design |
|
Credits : 2 lecture+1 lab |
|
Pre-requisite : BMTS362, BMTS364 |
|
This course provides intensive coverage of the theory and practice of electromechanical instrument design with application to biomedical devices. Lectures will present techniques for designing electronic circuits as part of complete sensor systems. Topics covered include printed circuit board (PCB) design including component selection, PCB layout, assembly, and planning and budgeting for large projects. Design of electronic instruments with use of simulation software, emphasis on the use of integrated circuits, both analog and digital. Students practice the design and development in laboratory under supervision of teacher. |
|
Code & No : BMTS476 |
|
Course : Biomedical Digital Signal Processing |
|
Credits : 2 lecture+1 lab |
|
Pre-requisite : BMTS361 |
|
Throughout this course student learn some digital signal processing techniques, including sampling and quantization, operation on digital signal, interpolation, decimation, shift, discrete convolution, correlation, discrete Fourier series and transform, Z-transform, application of Z-transform on biomedical signals, and finally digital filters design with some application. |